Titanium carbide powder 

Application of Titanium Carbide (TiC) Powder in Hard Alloys and Cutting Tools
Titanium carbide (TiC) powder plays a core role in various fields due to its high hardness (3000HV), high melting point (3140 ℃), wear resistance, electrical and thermal conductivity, and chemical stability.
🔧  Hard alloy and cutting tools
-Hard alloy additive: used for WC based hard alloys to improve hardness and wear resistance, extend the life of cutting tools, molds, and mining tools, and increase tool life by 5-8 times.
-Metal ceramic cutting tools: TiC based metal ceramics are used for high-speed cutting, balancing hardness and toughness, and are suitable for processing stainless steel and high-temperature alloys.
-Molds and Wear resistant Parts: Manufacturing cold heading dies, wire drawing dies, nozzles, etc., with wear resistance about 10 times that of ordinary steel.
🛡️  Surface Engineering and Coatings
-PVD/CVD coating: deposited on the surfaces of cutting tools, bearings, and gears to enhance wear resistance and fatigue resistance without significantly increasing weight.
-Thermal spraying/laser cladding: used for petroleum machinery, chemical pump valves, automotive engine components, corrosion-resistant and wear-resistant, extending service life by 2-3 times.
-Anti corrosion coating: lining for chemical reactors and marine equipment, resistant to acid, alkali, and high temperature corrosion.
🚀  Aerospace and high-temperature components
-Engine and hot end components: Manufacturing turbine blades and combustion chamber liners, capable of withstanding high temperatures up to 1600 ℃, with oxidation resistance increased by approximately three times.
-Aerospace structural components: used for missile and rocket propulsion components, lightweight and high-strength, with a thermal expansion coefficient matched with a metal substrate.
-High temperature refractory materials: metallurgical lining, melting crucible, nozzle, resistant to high temperature softening and oxidation.
🧪  Special ceramics and composite materials
-Structural ceramics: bulletproof ceramics, high-temperature ceramic components, balancing hardness and impact resistance.
-Transparent ceramics: optical windows, filters, combining transparency and high temperature stability.
-Foam ceramic: metallurgical/chemical filter, which can effectively remove fluid inclusions.
-Metal based composite materials: aluminum/magnesium based reinforcement phase, enhancing strength and wear resistance, suitable for lightweight structures.
📱  Electronics and New Energy
-Electrode materials: Conductive fillers for lithium battery and fuel cell electrodes, optimizing charge transfer, improving rate and cycle life.
-Electronic packaging: high thermal conductivity substrate, heat dissipation coating, suitable for the heat dissipation needs of high-power devices.
-Nuclear industry materials: nuclear reactor cladding, control rod components, high temperature and radiation resistance, good chemical stability.
🩺  Medical and other
-Implants: Artificial joints, dental implants, biocompatible, wear-resistant, suitable for long-term implantation.
-3D printing: Customized TiC based parts for complex structural manufacturing in aviation, medical, and other industries.
-Abrasive and grinding tools: replace silicon carbide and Aluminum Oxide for precision grinding, with high efficiency and excellent cost.
Quick Overview of Core Values
-Performance: Hardness close to diamond, melting point over 3100 ℃, wear and corrosion resistance, conductivity and thermal conductivity.
-Benefits: tool life+5-8 times, cutting efficiency+about 50%, component life+2-3 times, significantly reduced maintenance costs.